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Cutler Knupp Technology Categories Pipeline Methodology Documentation Pilot Workflow Tracking Technology Computer Vision + AI // ML Robotics VR Safety Training Bridging the Gap: successful application of emerging


  1. Cutler Knupp • Technology Categories • Pipeline Methodology • Documentation • Pilot Workflow • Tracking Technology • Computer Vision + AI // ML • Robotics • VR Safety Training

  2. Bridging the Gap: successful application of emerging technologies in practice

  3. PORTFOLIO

  4. Bridging the Gap: successful application of emerging technologies in practice Current Progress and Challenges

  5. Agenda • Technology Categories • Pipeline Methodology • Documentation • Pilot Workflow • Tracking Technology • Computer Vision + AI // ML • Robotics • VR Safety Training

  6. TECHNOLOGY CATEGORIES Design Artificial Reality Tracking & Collaboration Robotics Prefabrication Intelligence Capture Monitoring Visualization Robots that Technologies Technologies Technologies Technologies Technologies Technologies would assist or that would that tracks or that enable that utilize that capture that would ultimately play a vital monitors any better, faster machine existing/prog. enhance the take-over the role in the ever aspect of a and/or clearer learning and conditions at visualization of dull, dirty and expanding construction collaborations data analytics any given time design intent, dangerous prefab or project, from between all to highlight to aid in or be it for tasks in modular costs to stakeholders trends and create the clients, construction design/constr. construction of a project possible areas “digital twin” designers or workers of interest of a project installers

  7. TECHNOLOGY PIPELINE Consistent Pilot Planning DEMO INTERNAL LEAD EVALUATE PILOTING ANALYSIS SCALE CALL DISCUSSION LARGER RE-EVALUATE SCALE NOT NOT NOT TOO PILOT LATER ENOUGH FEASIBLE EARLY APPLICABLE DATA Consistent Evaluation Form Consistent Analysis Metrics

  8. CONSISTENT DOCUMENTATION Emerging Technlogy Ready to Pilot Pilot Completion EVALUATION IMPLEMENTATION ANALYSIS CARD PLAN CARD Problem Statement Objective Success Measures Technology Type Project & Champion User Feedback Company Background Timeline Pros & Cons Founders & Team Roles & Deliverables Competitor Analysis Competitors Success Criteria Recommendations

  9. PILOT WORKFLOW New Tech Companies RIGHT TEAM // RIGHT MENTALITY // RIGHT TIME EVALUATION • Pairing technology solutions with identified CARD problems from end users PROJECT CHAMPION Ready to Pilot • Finding the right team is easy, finding a dedicated champion is the hard part IMPLEMENTATION • Passionate, tech savvy, success driven PLAN IMPLEMENTATION PLAN • Clearly identifying objectives, parties Pilot Completion involved, project, timeline, deliverables and success criteria ANALYSIS CARD POSTMORTEM DOCUMENTATION • Compiling feedback, success measures and recommendations for future reference

  10. Tracking, Vision, Robotics, VR

  11. TRACKING TECH Tracking // Monitoring PROGRESS • Streamline & automate manual tasks • Ability to quickly account for workers on jobsite • Utilization + Performance Benchmarking CHALLENGES • Limitations of senor based technologies • Challenging and complex to manage • Worker Anonymity • Human Elements • Data Reliability FUTURE Improvements in layering RTLS for higher accuracy • Adaptation to challenges from jobsite • Utilization Vision Technology •

  12. Vision Artificial Intelligence STREAMLINE DATA COLLECTION • Safety + Compliance • Integrations and flexibility reporting • Documentation • Inexpensive Hardware CHALLENGES • Not Always “real - time” • CNN models require great amounts of training data • Edge processing capabilities for real time analytics FUTURE Advancements in edge computing • Location accuracy • Advancements in Machine learning models •

  13. ROBOTICS Robotics PROGRESS • Ability to automate time intensive tasks • Security, connectivity, real-time data collection • Durability • Specific & targeted use cases CHALLENGES • Highly Technical • Payload interaction + Integrations • Human + Robotic interactions • Power Fully autonomous actions • Wireless Charging • Enhanced payload integrations •

  14. HERO Visualization PROGRESS • Utilization VR to train jobsite safety • Converted project models to VR to build levels • Deployed in the field with great results CHALLENGES • Hardware limitations • Administration + Feedback • Versioning support • Expensive Development NEXT STEPS Continued enhancements on programming + • platform Incorporating into training curriculum •

  15. THANK YOU dysruptek.com cutler.knupp@dysruptek.com

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